Comparative analysis of oxytocin receptor density in the nucleus accumbens: An adaptation for female and male alloparental care?

Q Medicine
Daniel E. Olazábal
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引用次数: 17

Abstract

Parental behavior is commonly displayed by progenitors. However, other individuals, genetically related (e.g. siblings, aunts, uncles) or not with the newborns, also display parental behavior (commonly called alloparental, or adoptive behavior). I hypothesize that species that live in family or social groups where other non-reproductive members (males and females) take care of infants, have brain adaptations to promote or facilitate that behavioral response. The present work revises the evidence supporting the hypothesis that high density of oxytocin receptors (OXTR) in the nucleus accumbens (NA) is one of those adaptations. All species known to have high NA OXTR show not only female, but also male alloparental care. Therefore, I predict that high NA OXTR could be present in all species in which juvenile and adult male alloparental behavior have been observed. Strategies to test this and other alternative working hypothesis and its predictions are presented.

伏隔核催产素受体密度的比较分析:对雌性和雄性异体抚育的适应?
亲代行为通常由祖先表现出来。然而,其他与新生儿有遗传关系(如兄弟姐妹、阿姨、叔叔)或没有遗传关系的个体也会表现出父母行为(通常称为异体父母或收养行为)。我假设,那些生活在家庭或社会群体中,由其他非生殖成员(雄性和雌性)照顾婴儿的物种,具有促进或促进这种行为反应的大脑适应性。目前的工作修正了支持伏隔核(NA)高密度催产素受体(OXTR)是这些适应之一的假设的证据。所有已知具有高NA OXTR的物种不仅表现为雌性,而且表现为雄性异亲代关爱。因此,我预测高NA OXTR可能存在于所有观察到幼年和成年雄性异亲代行为的物种中。提出了检验这一假说和其他工作假说及其预测的策略。
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来源期刊
Journal of Physiology-Paris
Journal of Physiology-Paris 医学-神经科学
CiteScore
2.02
自引率
0.00%
发文量
0
审稿时长
>12 weeks
期刊介绍: Each issue of the Journal of Physiology (Paris) is specially commissioned, and provides an overview of one important area of neuroscience, delivering review and research papers from leading researchers in that field. The content will interest both those specializing in the experimental study of the brain and those working in interdisciplinary fields linking theory and biological data, including cellular neuroscience, mathematical analysis of brain function, computational neuroscience, biophysics of brain imaging and cognitive psychology.
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